Discrete IGBT with Anti-Parallel Diode

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Devices co-packed with an anti-parallel diode or with monlithically integrated diode to fit your application best

Discrete IGBTs for hard switching applications such as Welding, solar, UPS, Home Appliances and Industrial Drives as well as for soft switching applications such as Induction Cooking and other resonant applications.

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TRENCHSTOP™ Advanced Isolation

Product picture of TRENCHSTOP Advanced Isolation HSIP247-3-1 Combi

The new TRENCHSTOP™ Advanced Isolation represent the cutting-edge technology in isolated packages. 35% lower thermal resistance R th(j-h) of advance isolation material compared to high grade Iso-foil enables effective and reliable thermal path from chip to the heatsink. 

1200 V TRENCHSTOP™ IGBT7

Product picture 1200V TRENCHSTOP™ IGBT7 TO-247

The extensive 1200 V TRENCHSTOP™ IGBT7 S7 portfolio represents the superior option for all industrial applications requiring short circuit capability/ruggedness. The IGBT7 with its superior controllability and short-circuit ruggedness represents the benchmark among SC devices thanks to superior electrical performances, higher controllability, easy EMI design and higher reliability in application with harsh conditions (HV-H3TRB and cosmic ray robustness).

S5 TRENCHSTOP™ 5 in TO-247 4pin

Product picture of TRENCHSTOP5 S5 TO-247-4-T5

Highest efficiency at medium speed switching from 10 kHz to 40 kHz with 50 A and 75 A S5 650 V TRENCHSTOP™5 IGBT in TO-247 4pin Kelvin Emitter package.

TO-247PLUS 3pin for 1200 V IGBT

Product Picture of TO-247PLUS 3pin for 1200 V IGBT

Bigger active chip area of the TO-247PLUS package can accommodate up to 75 A IGBT with 75 A diode in TO-247 footprint. Higher power density of TO-247PLUS can be used to reduce paralleling, increase system power density or system power output.

TO-247PLUS 4pin for 1200 V IGBT

Product Picture of TO-247PLUS 4pin for 1200 V IGBT

The 4th pin know as Kelvin emitter terminal, bypasses the emitter lead inductance on the gate control loop, enhancing the IGBT’s switching speed and decreasing the switching energy.

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